But more important, says Jean-Michel Cousteau, director of the Ocean Futures Society in California, it demonstrates the toll that underwater noise pollution can have on marine life.
Underwater noise pollution is a by-product of marine industrial operations.
We intended to be an international focal point to celebrate the oceans as the source of life on the planet, committed to exploring efforts to understand, safeguard and preserve marine biodiversity, especially the potentially damaging effects of man-made underwater noise pollution and bioacoustics.
Climate change, entanglements in fishing nets, plastic pollution, underwater noise and ship strikes threaten our ocean giants.
Federal and state agencies spend about $150 million a year on programs devoted to reducing nutrient and toxic pollution, restoring vastly eroded underwater grasses and reviving waterway passages for migratory fish, a prime barometer of a healthy bay.
Robots play an important role in underwater monitoring and recovery operations, such as pollution detection, submarine sampling and data collection, video mapping, and object recovery in dangerous places.
UASNs are poised to enable a wide range of underwater-specific applications such as oceanographic data collection, pollution monitoring, disaster prevention, assisted navigation, marine surveillance, etc. [1].
"In the future, what I'd also like to see is not just a single task robot, but robots that can multitask - robots that can do search and rescue, monitoring for underwaters divers, at the same time as tracking pollution".
Underwater sensor networks find applications in oceanographic data collection, pollution monitoring, offshore exploration, disaster prevention, assisted navigation, and tactical surveillance.
Now, as one of our favorite underwater features faces serious threats from warming oceans, acidification, pollution and overfishing, scientists are rallying to breed a better future for coral reefs. .
